Acoustic product development requires software that converts measurement and calculation data into usable model parameters. ASCEE develops software for data acquisition, signal analysis, and one-dimensional wave calculations. This allows us to automate laboratory measurements and accelerate the design process without the need for manual post-processing in spreadsheets.
In acoustic research, processing raw measurement signals and model simulations is often a time-consuming step. Specialized calculation and measurement software integrates data acquisition, sensor calibration, and physical analysis into a single digital workflow. As a result, engineers have access to reproducible transfer functions, impedance values, and frequency responses immediately after a test run, which they can use to support their design decisions.
ACME controls, among other things, DT9837A hardware and Class 1 microphones for data acquisition and signal analysis. It calculates real-time FFT spectra and Bode plots and calibrates the µZ impedance tube.
Using our proprietary software, such as LRFTubes, we model 1D wave propagation in channels and attenuators. LRFTubes calculates attenuation and microspeakers in ear simulators without a 3D mesh.
We develop custom software for measurement automation, signal processing, and computational models. This allows you to automate data analysis and testing directly within your team’s R&D workflow.
